A movable pool cover system that includes a pool cover having a perimeter that is configured to cover the associated pool surface area, the pool cover having a buoyant, insulating, and rigid composition, a depth control system that raises and lowers the pool cover of the associated pool, and a perimeter seal assembly operatively interposed between the pool cover perimeter and the associated pool.

A method for assembling a rapid elevation floor system in a pool, the method comprising the stages of: assembling a raisable floor inside said pool and adding sensors to said raisable floor, and connecting said raisable floor platform to auxiliary units. The method further comprises laying flooring tiles on said raisable floor and sinking said raisable floor to a bottom of said pool.

The invention concerns an artificial pool, the artificial pool comprising: a plurality of panels arranged along the perimeter of the artificial pool, two successive panels being removably fixed to one another to form the lateral walls of the artificial pool; a plurality of lateral uprights removably fixed to at least one panel; for each of the lateral walls of the artificial pool at least one respective first crossmember arranged along said lateral wall and fixed to each panel of said lateral wall. The artificial pool further comprises first angle irons to which the first crossmembers are removably fixed to form a first frame.

A method, system, and computer readable storage to implement a swimming pool safety system. The safety system includes one or more inflatable nets (modules) which normally rest on the bottom of the pool. When a swimmer is in distress, the inflatable net that is closest to the swimmer can manually or automatically be instructed to inflate. Upon receiving the instruction to inflate, the net would inflate and then rise to the top of the pool, thereby taking the distressed swimmer to the surface of the pool where he or she can be rescued.

A method, system, and computer readable storage to implement a swimming pool safety system. The safety system includes one or more inflatable nets (modules) which normally rest on the bottom of the pool. When a swimmer is in distress, the inflatable net that is closest to the swimmer can manually or automatically be instructed to inflate. Upon receiving the instruction to inflate, the net would inflate and then rise to the top of the pool, thereby taking the distressed swimmer to the surface of the pool where he or she can be rescued.

A swimming pool insert is provided. The swimming pool insert includes a lower frame formed by a plurality of tubular members removably secured to one another via lower frame joints. An upper frame, positioned above the lower frame and is positioned above a water line of the swimming pool when in use, is formed by a plurality of tubular members joined by a first joint housing, a second joint housing, and a corner joint housing. A liner extends between the upper and lower frames which is designed to receive and retain water from the pool. The upper frame is designed to secure to a corner of the swimming pool. The pool insert creates a safe, shallow play area for children while maintaining the pool's functionality and is easily installable and removable.